Science and Technology of Nuclear Fusion (FUSION)
Explore our focus research fields: Sensorics, Plasma-wall interaction, and the Fusor.
Update March 2018: Our master program 'Science & Technology of Nuclear Fusion' received the predicate 'top study' in the University Guide to Master’s Studies by the Center for Higher Education information (C.H.O.I.)!
From the fact that you have reached this page I assume that you know that nuclear fusion is the energy source of the universe and that ITER is the large new fusion reaction presently under construction in the south of France, in a worldwide collaboration involving Europe, Japan, China, Russia, the USA, S-Korea and India.
Fusion may have a wonderful image as a sustainable energy source – it is clean, zero CO2, safe and the fuel is abundant, for all and for ever – it has one big drawback: building a fusion reactor is of surpassing scientific and technological difficulty. A challenge for the engineer!
The TU/e offers probably the world’s most comprehensive selection of specialized lecture courses on fusion topics, as well as a variety of hands-on experiments in the PlasmaLab@TU/e. The approach is interdisciplinary, in a collaboration between Applied Physics, Mechanical Engineering and Electrical Engineering. You can take up the challenge and follow the stand-alone interdisciplinary Fusion master now.